Water returns
Irrigation water is captured, filtered, re-dosed with nutrients and returned to the root zone. Losses are limited to plant uptake and controlled evaporation.
ESG & Compliance — Resource Management & Circularity
The physical proof of sustainability.
Closed-loop water, renewable energy integration, and zero agricultural runoff — measured continuously, not claimed annually.
- Water
- Closed-loop recirculation returns 95% of process water to the root zone
- Discharge
- Zero agricultural runoff to ground or watercourse
- Extraction
- A 500 L supercritical CO₂ system (2 × 250 L), with no toxic solvents
- Process loss
- The 5% process loss is low-temperature dried into teas, spices and cosmetic inputs
- Input controls
- İyi Tarım certified
Resource performance is designed to be read from facility telemetry rather than estimated at year end.
12.4M L
Water recycled, closed loop
95 %
Recirculation rate
1,840 t
CO₂e offset to date
0 L
Agricultural runoff
Every litre works twenty times.
Irrigation lines run the length of each bay; water is captured, filtered and returned to the root zone.
Closed-Loop Water
Every litre works twenty times.
Irrigation water is captured, filtered, re-dosed with nutrients, and returned to the root zone. Losses are limited to plant uptake and controlled evaporation.
Closed-loop recirculation: reservoir → dosing → NFT → capture → filtration
Renewable Integration Timeline
Circularity
Nothing leaves the site as waste.
Circularity here is not an offset bought at the end of the year. It is the way the lines are plumbed and the way the processing is sequenced: water returns to the root zone, the extraction step yields a second saleable product from the same biomass, and the material that would normally be thrown away is dried and sold.
Hydrosols from the same batch
CO₂-integrated pre-treatment yields premium hydrosols from biomass that is already being processed for extract — a second product line that needs no additional capital.
The 5% that would be lost
The 5% process loss is dried at low temperature into teas, spices and cosmetic inputs instead of being composted.
Neither the hydrosol line nor the dried by-product line requires additional capital investment.